Multi-omics Analysis

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Combined multi-omics analysis aims at studying complex biological processes by integrating multiple interconnected and interacting components (proteins, metabolites, RNA, genes, etc.), through which life mysteries are decoded in a multi-dimensional manner. The success rate of subsequent experimental validation is increased through cross-validation, mutual complementation of the multi omics approach. This combined analysis can also help exploring the molecular functions and regulation mechanisms of biological molecules to figure out the correlation between molecular regulation and phenotype. It can also be utilized to screen out the key metabolic pathways, genes, proteins and metabolite molecules for further experimental investigation and application.

Applications of Multi-omics Analysis:

Multi-omics analysis can be widely applied to various research fields. In medicine, it is used for the studies of biomarkers, pathogenesis, disease subtyping, and the diagnosis and treatment of infectious diseases, etc. In the physiopathological studies of plants, it will be of great help for studies of growth and development, stress and non-stress response mechanisms, and crop breeding, etc. It can also be applied to the research of micro-organism, husbandry and environmental sciences, etc.

Combined multi-omics analysis aims at studying complex biological processes by integrating multiple interconnected and interacting components (proteins, metabolites, RNA, genes, etc.), through which life mysteries are decoded in a multi-dimensional manner. The success rate of subsequent experimental validation is increased through cross-validation, mutual complementation of the multi omics approach. This combined analysis can also help exploring the molecular functions and regulation mechanisms of biological molecules to figure out the correlation between molecular regulation and phenotype. It can also be utilized to screen out the key metabolic pathways, genes, proteins and metabolite molecules for further experimental investigation and application.

Applications of Multi-omics Analysis:

Multi-omics analysis can be widely applied to various research fields. In medicine, it is used for the studies of biomarkers, pathogenesis, disease subtyping, and the diagnosis and treatment of infectious diseases, etc. In the physiopathological studies of plants, it will be of great help for studies of growth and development, stress and non-stress response mechanisms, and crop breeding, etc. It can also be applied to the research of micro-organism, husbandry and environmental sciences, etc.

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